public static Timeout RunMax(TimeSpan timeSpan, LockingThreadTimeoutDelegate lockingThreadTimeoutDelegate)
{
Timeout toReturn = new Timeout();
toReturn.Thread = Thread.CurrentThread;
toReturn.LockingThreadTimeoutDelegate = lockingThreadTimeoutDelegate;
toReturn.Timer = new Timer(toReturn.HandleTimeout, null, Convert.ToInt32(timeSpan.TotalMilliseconds), System.Threading.Timeout.Infinite);
return toReturn;
}
private static TimedLock CreateLock(object o, TimeSpan timeout, TimeSpan? aquiredLockTimeout, LockingThreadTimeoutDelegate lockingThreadTimeoutDelegate)
{
TimedLock toReturn = new TimedLock();
toReturn.Thread = Thread.CurrentThread;
toReturn.target = o;
//string lockInformation = string.Format(
// "\n\n\nThreadID: {0}\ntype of lock object:{2},Call stack: {2}\n\n\n",
// Thread.CurrentThread.ManagedThreadId,
// o.GetType().FullName,
// Environment.StackTrace);
if (!Monitor.TryEnter(o, timeout))
{
//string lockHolderInformation;
//lock (LockHolders)
// if (!LockHolders.TryGetValue(o, out lockHolderInformation))
// lockHolderInformation = "not available";
//throw new LockTimeoutException(o, lockHolderInformation);
throw new LockTimeoutException(o);
}
//lock (LockHolders)
// LockHolders[o] = lockInformation;
toReturn.myLockingThreadTimeoutDelegate = lockingThreadTimeoutDelegate;
if (null != aquiredLockTimeout)
toReturn.Timer = new Timer(toReturn.Timeout, null, Convert.ToInt32(aquiredLockTimeout.Value.TotalMilliseconds), -1);
else
toReturn.Timer = null;
/*#if DEBUG
toReturn.ID = Guid.NewGuid();
OnLockCreated(toReturn);
#endif*/
return toReturn;
}
public static TimedLock Lock(object o, TimeSpan timeout, TimeSpan lockAquiredTimeout, LockingThreadTimeoutDelegate lockingThreadTimeoutDelegate)
{
return CreateLock(o, timeout, lockAquiredTimeout, lockingThreadTimeoutDelegate);
}
